Levenhuk Kelvin Snap 8x25

Levenhuk Kelvin Snap 8x25

A digital photo monocular with compact dimensions and low weight

The Levenhuk Kelvin Snap 8x25 is a digital photo monocular for observing and capturing nature or urban architecture. The 8× optical magnification brings distant objects closer without any loss of quality. Thanks to its smartphone compatibility, the image can be streamed to up to three connected devices simultaneously. The multi-coated glass optics create a bright, realistic and detailed image, while the IP65 rating protects it from dust and water spray. The monocular can operate for up to 3.5 hours.

Monocular with Image Transmission to a Smartphone and Remote Control

The Levenhuk Kelvin Snap 8x25 allows you to transmit images to your smartphone in real time. The device can be connected to up to three devices at the same time with Android or iOS operating systems. The monocular can be mounted on a tripod and you can control photo and video capture remotely without having to touch its body. The captured images and videos are saved to a memory card with a capacity of up to 128GB.

Monocular with a Camera for Photos and Videos

The monocular with an integrated camera shoots videos in Full HD resolution and photos in quality of up to 8Mpx. At the same time, it transmits the magnified image to your smartphone, so there is no need to adjust the focus on two separate devices. Everything works as a single unit. You can also stream the image to up to three smartphones simultaneously and control the camera remotely via the mobile app.

Lightweight Levenhuk Kelvin Snap 8x25 Digital Monocular with a Durable Design

The Levenhuk Kelvin Snap 8x25 is equipped with a built-in 1,400mAh battery that provides up to 3.5 hours of operation. Thanks to its low weight of just 240 grams, it is comfortable to hold even during longer observations. The ability to mount it on a tripod eliminates vibrations and helps you take sharp pictures. The realistic image is provided by multi-coated BaK-4 glass optics. The IP65 rating protects the device from dust and water spray, while the nitrogen-filled body reduces fogging of the optics and allows operation at temperatures from −10 to 50°C.